Tower crane remote real-time operation system

Abstract

The invention provides a tower crane remote real-time operation system. The tower crane remote real-time operation system comprises a remote control system, a tower crane cab monitoring system and a tower crane lifting variable-amplitude and variable-angle integrated frequency converter control system. The remote control system is used for receiving and converting operation actions of a handheld assembly, sending operation signals to the tower crane cab monitoring system and meanwhile receiving real-time collection data of the tower crane cab monitoring system. The tower crane cab monitoring system is used for collecting relevant data of the tower crane in real time and meanwhile sending the received operation signals and the collected data to the tower crane lifting variable-amplitude andvariable-angle integrated frequency converter control system. The tower crane lifting variable-amplitude and variable-angle integrated frequency converter control system is used for controlling corresponding assemblies of the tower crane to operate in real time according to the operation signals or the collected tower crane data. By means of the system, a driver can control the tower crane on theground or a floor, and accurate positioning and efficient transferring of construction raw materials are facilitated.

Description

technical field [0001] The invention belongs to the technical field of tower crane control, and in particular relates to a remote real-time operating system for tower cranes. Background technique [0002] Tower crane, also known as tower crane, is an indispensable lifting equipment in building construction, used for the construction of raw materials such as steel bars, corrugated wood, concrete, and steel pipes. At present, tower cranes need to be manually driven at high altitude during the construction operation. This operation method makes it difficult for the driver to accurately locate and efficiently transfer the construction materials within the line of sight; After time and high-intensity high-altitude driving operations, the body and eyesight are easily fatigued; it is difficult to escape in case of sudden emergencies such as fire, lightning, electric shock, collapse, earthquake, and disease. In actual operation, the main movements of the tower crane include the for...

AI Technical Summary

Problems solved by technology

At present, tower cranes need to be manually driven at high altitude during the construction operation. This operation method makes it difficult for the driver to accurately locate and efficiently transfer the construction materials within the line of sight; After time and high-intensity high-altitude driving operations, the body and eyesight are prone to fatigue; in the event of an emergency such as fire, lightning, electric shock, collapse, earthquake, disease, etc., it is difficult to escape

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